The dragon is an imaginary creature.

And it has an imaginary part.

But with that said, any number times this imaginary unit i is an imaginary number.

Could it really be an imaginary ahjussi?

They just don't have an imaginary part.

And threei we can call an imaginary number.

You can't add a real to an imaginary.

It has a real part and an imaginary part.

We'll have a real part and an imaginary part.

It has an imaginary part of 2 times i.

It has a real part and an imaginary part.

So if c is an imaginary number, or some type of complex number, we don't even know whether this is necessarily an imaginary number.

Because it's an ideal. It's an imaginary thing. We can't have it.

You can't add a real number plus an imaginary number.

Imaginary coefficient

Though I have an imaginary friend, I don't know about W.P.

So we would then get an imaginary number right over here.

So, numbers that have a real part and an imaginary part.

We have a real part, and we have an imaginary part.

We used it as an intermediary tool where we got a real, a non imaginary solution, to a real problem, a non imaginary problem.

3 Imaginary Part

And then the imaginary part along the vertical axis or the imaginary axis.

So it's 3, and its imaginary part, minus 4 in the imaginary direction.

But you can most definitely scale an imaginary number by a real number.

They're, they are in the complex plane, they just dont have an imaginary,

I write it as a combination of a real and an imaginary number.

5 Squared Imaginary Part

Is it just imaginary?

Imaginary part is 2

Imaginary part is 4.

Actually, let me make that clear has a real part and an imaginary part.

The imaginary part of z.

So this my imaginary axis.

That is my imaginary axis.

They are imaginary musical instruments.

You get some imaginary solution.

A complex number is a number that has a real part or an imaginary part.

The imaginary parts have different signs.

And what are our imaginary parts?

Any imaginary invasion you can conceive.

So lets draw this on an argand diagram, so that's my real axis, this is my imaginary axis, this is my imaginary axis, and so, this is the real, this the imaginary, and if I wanted to represent z equals 1, it only has a real part.

So it will actually be an imaginary number, and so this whole term will actually become complex.

So we know when we multiply an imaginary number times its conjugate, we get a real number.

The blogger writes quoting his imaginary Sarkozy

And now what's our new imaginary part?